InhaltsangabePreface. 1: Air Cargo Logistics and Information Technology. 1: Introduction. 2: A New Era for Air Cargo Logistics. 3: Cyber Logistics - The 4th Party Logistics e-Business Platform. 3.1. Managing Logistics Services in a Business Chain. 3.2. First, Second, Third, and Fourth Party Logistics. 4: Key Concepts of Cyber Logistics. 4.1. Eras of Websites. 4.2. Frameworks for a 4th Party Air Cargo Logistics e-Business Platform. 4.3. A Benefit, Cost and Risk Analysis for the Stakeholders of e-Platform. 4.4. Design and Implementation Issues of e-Platform. 4.5. E-Platform Decision Support: Optimizing Shipment Design. 4.6. Business Intelligence on the e-Platform. 5: Concluding Remarks. 2: Evolution of e-Commerce and Modern Air Cargo Logistics. 1: Introduction. 1.1. Websites - e-Commerce & e-Business. 2: Elements of an e-Commerce Website. 2.1. Participants. 2.2. Host. 2.3. The Website Core. 3: Analysis of Website Elements. 3.1. Analysis of the Host Objects. 3.2. Core Functions of a Website - A Transaction-based Hierarchy. 3.3. Core Technology. 4: Evolution of e-Commerce Websites. 4.1. Pre-Web Era. 4.2. Reactive Web Era. 4.3. Interactive Web Era. 4.4. Emerging Integrative Web Era. 5: Concluding Remarks. 3: Frameworks for a 4th Party Air Cargo Logistics e-Business Platform. 1: Introduction. 2: An Example of Modern Air Cargo Logistics. 3: An e-Business Information Infrastructure. 3.1. Marketspace for Trading. 3.2. Virtual Integration. 3.3. Customization at Low Cost. 3.4. Quality Logistics at a Low Cost. 3.5. Strategic Alliances. 3.6. Third-party e-Logistics Center. 3.7. e-Business Capability. 3.8. Decision Support. 4: A Conceptual Framework for a 4th Party e-Business Platform. 4.1. Functions of e-Business Platform. 5: An Architectural Framework of the e-Business Platform. 5.1. Technical Framework of e-Platform. 5.2. e-Platform Challenges. 6: Concluding Remarks. 4: A Benefit, Cost and Risk Analysis for the Stakeholders of a 4th Party Logistics e-Business Platform. 1: Introduction. 1.1. The Stakeholders: Government, Investors, and Users. 1.2. Modeling the Benefits, Costs and Risks of the Stakeholders Using AHP and ANP. 2: Benefits, Costs, and Risk to Government, Investors, & Users. 2.1. Benefits to Government. 2.2. Costs to the Government. 2.3. Risks to the Government. 2.4. Benefits to Investors. 2.5. Costs to Investors. 2.6. Risks to Investors. 2.7. Benefits to Users. 2.8. Costs to Users. 2.9. Risks to Users. 3: Risk Sharing in Platform Design: An Illustration. 3.1. Solution Methodology of Aggregating Benefits, Costs and Risks in ANP and AHP. 3.2. Aspects in Determining an Agreeable Solution. 3.3. A Solution Procedure Based on Sensitivity Analysis. 4: An Illustrative Numerical Example. 5:<

Preface. 1: Air Cargo Logistics and Information Technology. 1: Introduction. 2: A New Era for Air Cargo Logistics. 3: Cyber Logistics - The 4th Party Logistics e-Business Platform. 3.1. Managing Logistics Services in a Business Chain. 3.2. First, Second, Third, and Fourth Party Logistics. 4: Key Concepts of Cyber Logistics. 4.1. Eras of Websites. 4.2. Frameworks for a 4th Party Air Cargo Logistics e-Business Platform. 4.3. A Benefit, Cost and Risk Analysis for the Stakeholders of e-Platform. 4.4. Design and Implementation Issues of e-Platform. 4.5. E-Platform Decision Support: Optimizing Shipment Design. 4.6. Business Intelligence on the e-Platform. 5: Concluding Remarks. 2: Evolution of e-Commerce and Modern Air Cargo Logistics. 1: Introduction. 1.1. Websites - e-Commerce & e-Business. 2: Elements of an e-Commerce Website. 2.1. Participants. 2.2. Host. 2.3. The Website Core. 3: Analysis of Website Elements. 3.1. Analysis of the Host Objects. 3.2. Core Functions of a Website - A Transaction-based Hierarchy. 3.3. Core Technology. 4: Evolution of e-Commerce Websites. 4.1. Pre-Web Era. 4.2. Reactive Web Era. 4.3. Interactive Web Era. 4.4. Emerging Integrative Web Era. 5: Concluding Remarks. 3: Frameworks for a 4th Party Air Cargo Logistics e-Business Platform. 1: Introduction. 2: An Example of Modern Air Cargo Logistics. 3: An e-Business Information Infrastructure. 3.1. Marketspace for Trading. 3.2. Virtual Integration. 3.3. Customization at Low Cost. 3.4. Quality Logistics at a Low Cost. 3.5. Strategic Alliances. 3.6. Third-party e-Logistics Center. 3.7. e-Business Capability. 3.8. Decision Support. 4: A Conceptual Framework for a 4th Party e-Business Platform. 4.1. Functions of e-Business Platform. 5: An Architectural Framework of the e-Business Platform. 5.1. Technical Framework of e-Platform. 5.2. e-Platform Challenges. 6: Concluding Remarks. 4: A Benefit, Cost and Risk Analysis for the Stakeholders of a 4th Party Logistics e-Business Platform. 1: Introduction. 1.1. The Stakeholders: Government, Investors, and Users. 1.2. Modeling the Benefits, Costs and Risks of the Stakeholders Using AHP and ANP. 2: Benefits, Costs, and Risk to Government, Investors, & Users. 2.1. Benefits to Government. 2.2. Costs to the Government. 2.3. Risks to the Government. 2.4. Benefits to Investors. 2.5. Costs to Investors. 2.6. Risks to Investors. 2.7. Benefits to Users. 2.8. Costs to Users. 2.9. Risks to Users. 3: Risk Sharing in Platform Design: An Illustration. 3.1. Solution Methodology of Aggregating Benefits, Costs and Risks in ANP and AHP. 3.2. Aspects in Determining an Agreeable Solution. 3.3. A Solution Procedure Based on Sensitivity Analysis. 4: An Illustrative Numerical Example. 5: 5: Technical Design and Implementation of the Logistics e-Platform. 1: Introduction. 2: Characteristics of an Integrative e-Business Platform. 2.1. e-Platform Core Functions. 2.2. Platform Environment. 3: Platform Design: Architecture & Issues. 3.1. Platform Architecture. 3.2. Technical Design Issues. 3.3. A System Construct. 4: A 4th Party Integrative Platform for the Air Cargo Logistics Industry. 4.1. System Design. 4.2. Web Technology. 4.3. View & Action Processes. 4.4. Any-to-any Interaction. 4.5. Concurrency Control. 5: A Prototype of the e-Platform. 6: Concluding Remarks. 6: E-Platform Decision Support: Optimizing Shipment Design. 1: Introduction. 2: The Problem Environment. 3: A Mixed 0-1 LP Model for Integration & Consolidation. 3.1. Objective Function. 3.2. Logical Constraints. 3.3. Resource Constraints. 3.4. The Model. 4: An Illustrative Example Solved Using Tabu Search. 5: Concluding Remarks. 7: Business Intelligence for Air Cargo Logistics. 1: Introduction. 2: Business Intelligence. 2.1. Executive Information Systems (EIS). 2.2. Business Intelligence System in e-Platform. 3: MIS on the e-Platform. 3.1. Information Model. 3.2. Information Structure. 3.3. B ...